It sets the final anchor points of the structure before fed into the BASIC SOLVER. The Anchor Command has the inputs Point(P), Target(T) and Strength, where we feed the points into the command and the output is the Anchor out. The positive Z value is added as we want to set the highest point of the structure. Unit Z factor will act along the Z direction and it will specify the highest point of the roof structure. A Unit Z factor in a positive Z value is connected to force vector where we input the load that will be applied to the structure and will define the form. The component LOAD has two inputs- Point(P) and Force Vector(FV). ![]() The Load points derived from clothed points are fed into the component “LOAD” and the set of Anchor points derived from Naked points are fed into the component Anchor. ![]() These set of values are the raw input for the Solver. The values derived from Anchor component, Load Component, Show and Edge length components are first merged using a MERGER and the fed into the Basic Solver. It sets the final anchor points of the structure before fed into the BASIC SOLVER.Įdge length is a command is used to determine the strength or the force that the structure can withstand. The Anchor Command has the inputs Point(P), Target(T) and Strength, where we feed the points into the command and the output is the Anchor out. ![]() The set of Load point list are further added to the component LOAD. The set of Anchor points derived from Naked points are fed into the component Anchor.įrom the Random Split component we get the output of a set of points (as lists), which will be the final set of Anchor points, Load Points and High Points of the structure.
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